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[[Main Page]] - [[Science Subject]] - [[Science Key Stage 4]] - [[Physics Key Stage 4]]
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{| border="1" style="border-collapse:collapse"
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| style="height:20px; width:300px; text-align:center;" |[[GCSE Physics Exam Papers]]
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| style="height:20px; width:300px; text-align:center;" |[[GCSE Physics Required Practicals]]
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|}
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{| border="1" style="border-collapse:collapse"
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|-
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|[[File:EnergyLogo.png|center|300px|link=KS4 Physics Energy]]
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|[[File:ForcesLogo.png|center|300px|link=KS4 Physics Forces]]
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|-
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|[[File:ForcesandMotionLogo.png|center|300px|link=KS4 Physics Forces and Motion]]
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|[[File:WavesinMatterLogo.png|center|300px|link=KS4 Physics Waves in Matter]]
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|-
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|[[File:LightandElectromagneticWavesLogo.png|center|300px|link=KS4 Physics Light and Electromagnetic Waves]]
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|[[File:ElectricityLogo.png|center|300px|link=KS4 Physics Electricity]]
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|-
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|[[File:MagnetismandElectromagnetismLogo.png|center|300px|link=KS4 Physics Magnetism and Electromagnetism]]
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|[[File:TheParticleModelofMatterLogo.png|centre|300px|link=KS4 The Particle Model of Matter]]
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|-
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|[[File:AtomicStructureLogo.png|center|300px|link=KS4 Physics Atomic Structure]]
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|[[File:SpaceLogo.png|center|300px|link=KS4 Physics Space]]
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|}
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==Energy==
 
==Energy==
 
===Energy changes in a system, and in the ways energy is stored before and after such changes===
 
===Energy changes in a system, and in the ways energy is stored before and after such changes===
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*[[Radiation|Energy Transfer by Radiation]]
 
*[[Radiation|Energy Transfer by Radiation]]
 
*[[Heating|Energy Transfer by Heating]]
 
*[[Heating|Energy Transfer by Heating]]
 +
[[GCSE Physics Required Practical: Investigating Thermal Insulators]]
  
 
====Power Ratings of Electrical Appliances====
 
====Power Ratings of Electrical Appliances====
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====[[Energy Resource]]s====
 
====[[Energy Resource]]s====
 
*[[Non-renewable Energy Resource]]
 
*[[Non-renewable Energy Resource]]
−
**[[Coal#Power|Coal]]
+
**[[Coal Power]]
−
**[[Crude Oil#Power|Crude Oil]]
+
**[[Oil Power]]
−
**[[Natural Gas#Power|Natural Gas]]
+
**[[Gas Power]]
−
**[[Nuclear Fuel#Power|Nuclear Fuel]]
+
**[[Nuclear Power]]
 
*[[Renewable Energy Resource]]
 
*[[Renewable Energy Resource]]
 
**[[Biofuel#Power|Biofuel]]
 
**[[Biofuel#Power|Biofuel]]
 
**[[Geothermal#Power|Geothermal]]
 
**[[Geothermal#Power|Geothermal]]
 
**[[Hydroelectric#Power|Hydroelectric]]
 
**[[Hydroelectric#Power|Hydroelectric]]
−
**[[Solar#Power|Solar]]
+
**[[Solar Power|Solar]]
 
**[[Tidal#Power|Tidal]]
 
**[[Tidal#Power|Tidal]]
 
**[[Wave Power#Power|Wave]]
 
**[[Wave Power#Power|Wave]]
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***[[Spring Constant]]
 
***[[Spring Constant]]
 
***[[Work Done#Equation for Work Done by Deformation|Work Done by Deformation]]
 
***[[Work Done#Equation for Work Done by Deformation|Work Done by Deformation]]
 +
[[GCSE Physics Required Practical: Investigating Hooke's Law]]
  
 
===Work Done as force x distance, energy transfer===
 
===Work Done as force x distance, energy transfer===
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**[[Conservation of Momentum#Inelastic Collisions|Inelastic Collisions]]
 
**[[Conservation of Momentum#Inelastic Collisions|Inelastic Collisions]]
 
**[[Impact Force]]s
 
**[[Impact Force]]s
 +
[[GCSE Physics Required Practical: Investigating Newton's Second Law]]
  
 
===Safety in public transport===
 
===Safety in public transport===
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*[[Wavelength]]
 
*[[Wavelength]]
 
*[[Wave Speed]]
 
*[[Wave Speed]]
−
 
 
*[[Transverse Wave]]
 
*[[Transverse Wave]]
 
*[[Longitudinal Wave]]
 
*[[Longitudinal Wave]]
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*[[Waves on a String]]
 
*[[Waves on a String]]
 
*[[Seismic Wave]]s
 
*[[Seismic Wave]]s
 +
[[GCSE Physics Required Practical: Investigating Mechanical Waves]]
  
 
===Waves at material interfaces: applications in exploring structures===
 
===Waves at material interfaces: applications in exploring structures===
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**[[Law of Reflection]]
 
**[[Law of Reflection]]
 
*[[Refraction]]
 
*[[Refraction]]
 +
[[GCSE Physics Required Practical: Investigating Reflection and Refraction of Light]]
 
*[[Transmission]]
 
*[[Transmission]]
 
*[[Absorb (Physics)|Absorption]]
 
*[[Absorb (Physics)|Absorption]]
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*[[Albedo]]
 
*[[Albedo]]
 
*[[Greenhouse Effect]]
 
*[[Greenhouse Effect]]
 +
[[GCSE Physics Required Practical: Investigating Infra-red Radiation]]
  
 
==Electricity==
 
==Electricity==
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====[[Electrical Current]]====
 
====[[Electrical Current]]====
 
*[[Electrical Charge|Charge]]
 
*[[Electrical Charge|Charge]]
 +
*[[Coulomb]]
 
*[[Ammeter]]
 
*[[Ammeter]]
 
*[[Amp]]
 
*[[Amp]]
 +
 
====[[Potential Difference]]====
 
====[[Potential Difference]]====
 
*[[Voltmeter]]
 
*[[Voltmeter]]
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**[[Resistor#Resistors in Series|Resistors in Series]]
 
**[[Resistor#Resistors in Series|Resistors in Series]]
 
**[[Resistor#Resistors in Parallel|Resistors in Parallel]]
 
**[[Resistor#Resistors in Parallel|Resistors in Parallel]]
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[[GCSE Physics Required Practical: Investigating Resistance]]
  
 
====[[Electrical Components]]====
 
====[[Electrical Components]]====
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*[[Thermistor#IV Graph|Thermistor IV Graph]]
 
*[[Thermistor#IV Graph|Thermistor IV Graph]]
 
*[[Light Dependent Resistor#IV Graph|Light Dependent Resistor IV Graph]]
 
*[[Light Dependent Resistor#IV Graph|Light Dependent Resistor IV Graph]]
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[[GCSE Physics Required Practical: Investigating Electrical Components]]
  
 
===Series and Parallel Circuits===
 
===Series and Parallel Circuits===
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''Higher''
 
''Higher''
 
*[[Motor Effect]]
 
*[[Motor Effect]]
−
*[[Flemming's Left Hand Rule]]
+
*[[Fleming's Left Hand Rule]]
 
*[[D.C. Motor]]
 
*[[D.C. Motor]]
  
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===Changes of state and the particle model===
 
===Changes of state and the particle model===
 
*[[Density]]
 
*[[Density]]
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[[GCSE Physics Required Practical: Calculating Densities]]
 
*[[Particle Model]]
 
*[[Particle Model]]
 
**[[Solid]]
 
**[[Solid]]
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*[[Thermal Energy Store]]
 
*[[Thermal Energy Store]]
 
*[[Specific Heat Capacity]]
 
*[[Specific Heat Capacity]]
 +
[[GCSE Physics Required Practical: Determining Specific Heat Capacity]]
 
*[[Specific Latent Heat]]
 
*[[Specific Latent Heat]]
 
**[[Specific Latent Heat of Vaporisation]]
 
**[[Specific Latent Heat of Vaporisation]]
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**[[Rutherford's Alpha Scattering Experiment]]
 
**[[Rutherford's Alpha Scattering Experiment]]
 
*[[Bohr Model|The Bohr Model of the Atom]]
 
*[[Bohr Model|The Bohr Model of the Atom]]
−
**[[Energy Level]]s
+
**[[Energy Level]]
 
*[[Atom|The Atom]]
 
*[[Atom|The Atom]]
 
*[[Atomic Nucleus|Nucleus]]
 
*[[Atomic Nucleus|Nucleus]]
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===Absorption and emission of ionizing radiations and of electrons and nuclear particles===
 
===Absorption and emission of ionizing radiations and of electrons and nuclear particles===
 
*[[Bohr Model|The Bohr Model of the Atom]]
 
*[[Bohr Model|The Bohr Model of the Atom]]
−
**[[Electron Orbital|Electron Shells]]
+
**[[Energy Level]]
 
**[[Outer Shell]]
 
**[[Outer Shell]]
 
**[[Ion]]s
 
**[[Ion]]s
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*[[Radioactive Decay]]
 
*[[Radioactive Decay]]
 
**[[Ionising Radiation]]
 
**[[Ionising Radiation]]
−
***[[Alpha Radiation]]
+
***[[Alpha Particle|Alpha Radiation]]
−
***[[Beta Radiation]]
+
***[[Beta Particle|Beta Radiation]]
−
***[[Gamma Radiation]]
+
***[[Gamma-ray|Gamma Radiation]]
−
**[[Non-ionising Radiation]]
 
 
***[[Neutron Radiation]]
 
***[[Neutron Radiation]]
 
*[[Penetration Depth]]
 
*[[Penetration Depth]]
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===Hazards and uses of radioactive emissions and of background radiation===
 
===Hazards and uses of radioactive emissions and of background radiation===
 +
*[[Radioactivity]]
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*[[Count Rate]]
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**[[Becquerel]]
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*[[Radiation Dose]]
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**[[Sievert]]
 
*[[Ionising Radiation]]
 
*[[Ionising Radiation]]
 
*[[Half Life]]
 
*[[Half Life]]
 
*[[Nuclear Waste]]
 
*[[Nuclear Waste]]
 
**[[High Level Nuclear Waste]]
 
**[[High Level Nuclear Waste]]
−
**[[Medium Level Nuclear Waste]]
+
**[[Intermediate Level Nuclear Waste]]
 
**[[Low Level Nuclear Waste]]
 
**[[Low Level Nuclear Waste]]
 
*[[Background Radiation]] - jobs
 
*[[Background Radiation]] - jobs
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**[[Nuclear Chain Reaction]]
 
**[[Nuclear Chain Reaction]]
 
**[[Nuclear Fission Reactor]]
 
**[[Nuclear Fission Reactor]]
 +
***[[Fuel Rod]]
 +
***[[Control Rod]]
 +
***[[Moderator]]
 
*[[Nuclear Fusion]]
 
*[[Nuclear Fusion]]
−
*[[Rest Mass Energy]]
+
*[[Mass-Energy Equivalence]]
 +
 
 +
==Space Physics==
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===Solar system; stability of orbital motions; satellites===
 +
*[[Gravity]]
 +
**[[Weight]]
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**[[Gravitational Field Strength]]
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**[[Newton's Law of Universal Gravitation]]
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**[[Orbit]]
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*[[Solar System]]
 +
**[[The Solar System]]
 +
**[[The Sun]]
 +
**[[Planet]]
 +
**[[Dwarf Planet]]
 +
**[[Satellite]]
 +
***[[Artificial Satellite]]
 +
**[[Moon]]
 +
***[[The Moon]]
 +
**[[Earth]]
 +
 
 +
*[[Lifecycle of a Star]]
 +
*[[Star]]s
 +
**[[Low Mass Star]]
 +
***[[Nebula]]
 +
***[[Protostar]]
 +
***[[Main Sequence Star]]
 +
***[[Red Giant]]
 +
***[[White Dwarf]]
 +
***[[Black Dwarf]]
 +
**[[High Mass Star]]
 +
***[[Nebula]]
 +
***[[Protostar]]
 +
***[[Main Sequence Star]]
 +
***[[Red Super Giant]]
 +
***[[Supernova]]
 +
***[[Neutron Star]]
 +
***[[Black Hole]]
 +
 
 +
===Red-shift as sources move away; the ‘big bang’ and universal expansion===
 +
*[[Galaxy]]
 +
*[[Universe]]
 +
*[[Light Year]]
 +
*[[Doppler Effect]]
 +
**[[Red Shift]]
 +
**[[Blue Shift]]
 +
*[[Big Bang Theory]]
 +
**[[Cosmic Microwave Background]]
 +
*[[Steady State Theory]]

Latest revision as of 11:24, 19 July 2019

Main Page - Science Subject - Science Key Stage 4 - Physics Key Stage 4

GCSE Physics Exam Papers GCSE Physics Required Practicals
EnergyLogo.png
ForcesLogo.png
ForcesandMotionLogo.png
WavesinMatterLogo.png
LightandElectromagneticWavesLogo.png
ElectricityLogo.png
MagnetismandElectromagnetismLogo.png
TheParticleModelofMatterLogo.png
AtomicStructureLogo.png
SpaceLogo.png

Contents

Energy

Energy changes in a system, and in the ways energy is stored before and after such changes

Systems

Energy Store

Calculating Energy Stores

Energy Transfers

GCSE Physics Required Practical: Investigating Thermal Insulators

Power Ratings of Electrical Appliances

Conservation, dissipation and national and global energy sources

Improving Energy Transfers

Energy Resources

Forces

Forces and their Interactions

Representing Forces

Contact Forces

Non-contact Forces

Interactions

GCSE Physics Required Practical: Investigating Hooke's Law

Work Done as force x distance, energy transfer

Pressure and pressure differences in fluids

Moments, Levers and gears

Forces and Motion

Speed and velocity, speed as distance over time; acceleration; distance-time and velocity-time graphs

Motion

Graphing Motion

Forces, accelerations and Newton’s laws of motion

Higher

GCSE Physics Required Practical: Investigating Newton's Second Law

Safety in public transport

Waves in matter

Waves in air, fluids and solids

Wave Properties

Mechanical Waves

GCSE Physics Required Practical: Investigating Mechanical Waves

Waves at material interfaces: applications in exploring structures

GCSE Physics Required Practical: Investigating Reflection and Refraction of Light

Higher

Light and Electromagnetic Waves

Frequency range of the spectrum

Electromagnetic Waves

Interactions of electromagnetic radiation with matter and their applications

Applications of Electromagnetic Waves

Dangers of Electromagnetic Waves

Lenses

Colour and frequency; differential effects in transmission, absorption and diffuse reflection

Black Body Radiation

GCSE Physics Required Practical: Investigating Infra-red Radiation

Electricity

Current, potential difference and resistance

Electrical Current

Potential Difference

Resistance

GCSE Physics Required Practical: Investigating Resistance

Electrical Components

IV Graph

GCSE Physics Required Practical: Investigating Electrical Components

Series and Parallel Circuits

Domestic uses and safety

Energy transfers

Static electricity – forces and electric fields

Higher

Magnetism and Electromagnetism

Permanent and induced magnetism, magnetic forces and fields

Magnetism

Magnetic effects of currents and the motor effect

Higher

Induced potential, transformers and the national grid

Microphones and speakers; oscillating currents in detection and generation of radiation

Particle Model of Matter

Changes of state and the particle model

GCSE Physics Required Practical: Calculating Densities

Internal energy, energy transfers and particle motions

GCSE Physics Required Practical: Determining Specific Heat Capacity

Particle model and pressure

Atomic Structure

Nuclear atom and isotopes

Absorption and emission of ionizing radiations and of electrons and nuclear particles

Hazards and uses of radioactive emissions and of background radiation

Nuclear fission and fusion

Space Physics

Solar system; stability of orbital motions; satellites

Red-shift as sources move away; the ‘big bang’ and universal expansion

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